Transport and exchange surfaces in plants

Lessons (7)

Plant roots are adapted to absorb water and mineral ions

I can explain how water and mineral ions are absorbed into specialised root hair cells that are adapted to maximise absorption.

1 Slide deck
1 Worksheet
2 Quizzes
1 Video

Transport systems in plants: xylem and transpiration

I can explain how water and mineral ions are transported through xylem by transpiration.

1 Slide deck
1 Worksheet
2 Quizzes
1 Video

Observing the structure and distribution of stomata: practical

I can use a light microscope to observe imprints of stomata and investigate their distribution on leaves.

1 Slide deck
1 Worksheet
2 Quizzes
1 Video

Transport systems in plants: phloem and translocation

I can explain how sugars are transported through phloem by translocation.

1 Slide deck
1 Worksheet
2 Quizzes
1 Video

Observing xylem and phloem using a light microscope: practical

I can use a light microscope to observe xylem and phloem, and calculate the actual size of the structures.

1 Slide deck
1 Worksheet
2 Quizzes
1 Video

The effects of environmental factors on the rate of water uptake by a plant

I can explain the effects of environmental factors on the rate of water uptake by a leafy shoot.

1 Slide deck
1 Worksheet
2 Quizzes
1 Video

The importance of exchange surfaces and transport systems in plants

I can explain how exchange surfaces and transport systems enable cells in multicellular plants to be supplied quickly with substances they need to stay alive.

1 Slide deck
1 Worksheet
2 Quizzes
1 Video

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